Curtain height cutting device

Abstract

The invention discloses a curtain height cutting device. The curtain height cutting device comprises a stand column and a control cabinet; guide rails are arranged in the opposite faces of the two inner sides of the stand column respectively; racks are arranged on the two outer side faces of the stand column respectively; a primary lifting assembly and a secondary lifting assembly are arranged onthe stand column; the primary lifting assembly and the secondary lifting assembly each comprise a mounting plate, a servo motor, a shaft, a sliding block I, a gear and a pneumatic clamp; the two endsof each shaft are connected with the gears; the gears are matched with the corresponding racks; the sliding blocks I are matched with the corresponding guide rails; a flying disc type cutter device isarranged at the bottom of the stand column and comprises a support, a cutter assembly and a flying disc motor; and the flying disc motor is in linkage work with the cutter assembly through a synchronous belt and a synchronous wheel. The tailoring height can reach 5-6 m, the tailored cloth is good in flatness, tailored openings are tidy, operation is easy, labor is saved, scribing and positioningcan be conducted, and the overall occupied space is small.

Description

technical field [0001] The invention relates to the field of machinery, in particular to a curtain height cutting device. Background technique [0002] At present, before home textile fabrics are made into home textiles, batches of fabrics need to be cut in various sizes. The existing fabric cutting generally adopts manual cutting, horizontal cutting and vertical cutting. Manual cutting can only be used for one type at a time. The fabric is cut, and the fabric cannot be effectively leveled during cutting, and the fabric is wrinkled during cutting, which affects the cutting accuracy. Not only is the work efficiency low, but the labor cost is also increasing day by day. Manual cutting has the disadvantage that it is easy to move the cloth during cutting, so that the dimensional accuracy of the cloth is low. In addition, when cutting, it is easy to scratch yourself with a knife, which affects personal safety. [0003] Horizontal cutting mainly uses manual cutting on a horizon...

AI Technical Summary

Problems solved by technology

[0002] At present, before home textile fabrics are made into home textiles, batches of fabrics need to be cut in various sizes. The existing fabric cutting generally adopts manual cutting, horizontal cutting and vertical cutting. Manual cutting can only be used for one type at a time. The fabric is cut, and the fabric cannot be effectively leveled during cutting, and the fabric is wrinkled during cutting, which affects the cutting accuracy

Not only the work efficiency is low, but the labor cost is also increasing day by day

Manual cutting is easy to move the fabric during cutting, which makes the dimensional accuracy of the fabric low. In addition, when cutting, it is easy to scratch yourself with a knife, which affects personal safety.

[0003] Horizontal cutting mainly uses manual cutting on a horizontal platform. Each cutting step needs to spread the fabric evenly. The working time of the first cutting reduces the overall home textile production efficiency, and even if the manual laying operation is used, it is inevitable that the cutting surface is not cut in place, the length of the lines is different, and the lines are chaotic during the cutting process. Occasionally There will also be cutting resistance, which is not conducive to better and more accurate cutting of home textile fabrics

[0004] Due to the limitation of layer height, vertical cutting can only be cut at a maximum height of 3 to 3.5 meters at a time. For fabrics that need to be cut at a higher height, it cannot be carried out

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